Overview
软连接电缆和 FastConnect (FC) 插入式接头,可现场安装用来数据传输(达 12 Mbit/s),或用于 PROFIBUS 节点(防护等级 IP65)间的电源
PROFIBUS M12 插接电缆
预装配插入式电缆(PROFIBUS FC 拖曳电缆),用于连接 PROFIBUS 节点(例如,SIMATIC ET 200),防护等级为 IP65
传输速率高达 12 M 位/s
7/8" 连接电缆
预装配插入式电缆,用于为 PROFIBUS 节点(例如,SIMATIC ET 200)供电,防护等级为 IP65
PROFIBUS FC M12 插头 PRO (D 编码) 和 7/8" 插入式连接器
用于直接连接 PROFIBUS 装置上的设备和带有 M12 或 7/8" 接头的电力电缆。
优秀的 EMC 屏蔽和偏转性能(金属外壳)
由于采用集成的 FastConnect 技术(FC M12 插头),组装起来非常方便
可视接触区域可以防止出错
Benefits
通过预制连接电缆可以实现省时、无故障的终端站连接
通过可以现场组装的 FC M12 和 7/8“ 插入式连接器,可以轻松地在现场组装应用特定的 M12 和 7/8“ 插入式电缆
Design
M12 插头式电缆
包括 PROFIBUS 托缆
预装配,带有 5 - 针 M12 接头/接口;B-coded
7/8”插入式电缆
包括供电电缆 5 x 1.5 mm2
预装配,带有 5 - 针 7/8" 接头/接口;
Technical Specifications
订货号
6GK1905-0EA10 /
6GK1905-0EB10
产品类型描述
PB FC M12 插头 PRO /
PB FC M12 电缆连接器 PRO
电气连接数量
用于 PROFIBUS 电缆
2
用于网络组件或终端
1
电气连接形式
快速连接
√
用于 PROFIBUS FC TP 电缆
集成绝缘刺破触点
用于网络组件或终端
M12 插头 (B 编码) 或
M12 插座 (B编码)
传输速率
9.6 kbit/s … 12 Mbit/s
环境温度
在运行阶段
-40 … +85 °C
存储期间
-40 … +85 °C
运输期间
-40 … +85 °C
宽
19 mm
高
19 mm
深度
73 mm
净重
40 g
防护等级
IP65/67
Technical Specifications
Order number
6XV1830-3DH10
Product type designation
PROFIBUS M12-Cable
Product description
Flexible plug-in cable (2-core), preferred length, preassembled with two 5-pole M12 male/female connectors (B-coded)
Suitability for use
Cable for connecting PROFIBUS stations (e.g. SIMATIC ET 200) to IP 65 degree of protection
Cable designation
02YY (ST) C11Y 1x2x0,65/2,56-150 LI KF 40 FR petrol
Cable length
1 m
Electrical data
Damping ratio per length
● at 9.6 kHz maximum
3 dB/km
● at 38.4 kHz maximum
4 dB/km
● at 4 MHz maximum
25 dB/km
● at 16 MHz maximum
49 dB/km
Impedance
● Rated value
150 ?
● at 9.6 kHz
270 ?
● at 38.4 kHz
185 ?
● at 3 MHz … 20 MHz
150 ?
Relative symmetrical tolerance
● of the characteristic impedance at 9.6 kHz
10 %
● of the characteristic impedance at 38.4 kHz
10 %
● of the characteristic impedance at 3 MHz … 20 MHz
10 %
Loop resistance per length maximum
133 m?/m
Shield resistance per length maximum
14 ?/km
Capacity per length at 1 kHz
28 pF/m
Operating voltage
● RMS value
100 V
Mechanical data
Number of electrical cores
2
Design of the shield
Overlapped aluminum-clad foil, sheathed in a braided screen of tin-plated copper wires
Type of electrical connection FastConnect
Yes
Outer diameter
● of inner conductor
0.67 mm
● of the wire insulation
2.56 mm
● of the inner sheath of the cable
5.4 mm
● of cable sheath
8 mm
Symmetrical tolerance of the outer diameter of cable sheath
0.4 mm
Material
● of the wire insulation
PE
● of the inner sheath of the cable
PVC
● of cable sheath
PUR (TPE-U)
Color
● of the insulation of data wires
red / green
● of cable sheath
petrol
Bending radius
● with single bend minimum permissible
40 mm
● with continuous bending
120 mm
Number of bending cycles
3 000 000; drag chain suitable for 3 million bending cycles at a bending radius of 120 mm (15x D) and an acceleration of 4 m/s2
Tensile load maximum
100 N
Weight per length
77 kg/km
Permitted ambient conditions
Ambient temperature
● during operation
-40 ... +60 °C
● during storage
-40 ... +60 °C
● during transport
-40 ... +60 °C
● during installation
-40 ... +60 °C
● Note
electrical properties measured at 20 Cel, tests according to DIN 47250 part 4 respectively DIN VDE 0472
Ambient condition for operation
Limited segment length (see manual for PROFIBUS networks)
Burning behavior
flame resistant according to IEC 60332-1-2
Chemical resistance
● to mineral oil
oil resistant according to IEC 60811-2-1 (7x24h/90°C)
● to grease
Resistant
● to water
Conditional resistance
Radiological resistance to UV radiation
resistant
Protection class IP
IP65, IP67
Product properties, functions, components general
Product property
● halogen-free
No
● silicon-free
Yes
Standards, specifications, approvals
Certificate of suitability
● RoHS conformity
Yes
Marine classification association
● American Bureau of Shipping Europe Ltd. (ABS)
No
● Bureau Veritas (BV)
No
● Det Norske Veritas (DNV)
No
● Germanische Lloyd (GL)
No
● Lloyds Register of Shipping (LRS)
No
● Nippon Kaiji Kyokai (NK)
No
● Polski Rejestr Statkow (PRS)
No
Order number
6XV1822-5BH10
Product type designation
7/8 inch connecting cable
Product description
Plug-in cable (5-core), preferred length, preassembled with two 5-pole 7/8 inch male/female-contact connectors
Suitability for use
Power supply of ET 200 modules with 7/8 inch power port to IP 65 degree of protection
Cable designation
L-Y11Y-Z 5x1x1.5 GR
Cable length
1 m
Electrical data
Insulation resistance coefficient
1 G?·m
Operating voltage
● RMS value
600 V
Conductor cross section of the power wire
1.5 mm2
Continuous current of the power wires
16 A
Mechanical data
Number of electrical cores
5
Outer diameter
● of inner conductor
1.55 mm
● of the wire insulation
2.73 mm
● of cable sheath
10.5 mm
Symmetrical tolerance of the outer diameter of cable sheath
0.3 mm
Material
● of the wire insulation
PVC
● of cable sheath
PUR
Color
● of the power wire insulation
Black
● of cable sheath
gray
Bending radius
● with single bend minimum permissible
27 mm
● with multiple bends minimum permissible
63 mm
● with continuous bending
75 mm
Number of bending cycles
5 000 000; For use in cable carriers, for 5 million bending cycles with a bending radius of 75 mm, an acceleration of 4 m/s2 and a speed of 180 m/min
Tensile load maximum
500 N
Weight per length
149 kg/km
Permitted ambient conditions
Ambient temperature
● during operation
-40 ... +80 °C
● during storage
-40 ... +80 °C
● during transport
-40 ... +80 °C
● during installation
-40 ... +80 °C
Burning behavior
Flame-resistant acc. to IEC 60332-1
Chemical resistance
● to mineral oil
resistant
● to grease
resistant
Radiological resistance to UV radiation
resistant
Protection class IP
IP65/67
Product properties, functions, components general
Product property
● halogen-free
No
● silicon-free
Yes
Standards, specifications, approvals
Certificate of suitability
● RoHS conformity
Yes
1.*条件
Step7 编程软件 PLC 中具有Profibus-DP 通讯口 Profibus 通讯电缆 Profibus 总线联结器 Drive 中有Profibus 通讯模板.如: MASTER DRIVE 的CBP2 通讯模板, 标准变频器的Profibus 通讯模板
2.硬件组态
1. 将MASTERDRIVES CBP/CBP2 加入组态
2. Profibus 地址(6)
3. 将MICROMASTER 4 加入组态
4. Profibus 地址(7)
3.选择数据格式
1. MASTERDRIVE 中可供选择的PP0 类型
2. I/Q address
1. MICROMASTER 4 中可供选择的数据格式
2. I/Q address
4.Step 7 中的编程
创建数据块DB1 说明:
1.在Step7 中对PKW (参数区)读写参数时调用SFC14 和 SFC15
2. SFC14(“DPRD_DAT”)用于读Profibus 从站的数据
3. SFC15(“DPWR_DAT”)用于将数据写入Profibus 从站
4. W#16#100(即256)是硬件组态时PKW 的起始地址
程序举例1(读参数r015)
注:PKW ,IND 的详细说明见附录
西门子代理商西门子总代理西门子一级代理商
1. W#16#100(即256)是硬件组态时PKW 的起始地址
2.将从站数据读入DB1.DBX0.0 开始的8 个字节(P#DB1.DBX0.0 BYTE 8)
PKE -> DB1.DBW0
IND -> DB1.DBW2
PWE1 -> DB1.DBW4 参数值的高字位
PWE2 -> DB1.DBW6 参数值的低字位
3.将DB1.DBX28.0 开始的8 个字节写入从站(P#DB1.DBX28.0 BYTE 8)
DB1.DBW28 -> PKE
DB1.DBW30 -> IND
参数值的高字位 DB1.DBW32 -> PWE1
参数值的低字位 DB1.DBW34 -> PWE2
注:PKW ,IND 的详细说明见附录
程序举例2 (读参数P401.2)
注:PKW ,IND 的详细说明见附录
1.W#16#100(即256)是硬件组态时PKW 的起始地址
2.将从站数据读入DB1.DBX0.0 开始的8 个字节(P#DB1.DBX0.0 BYTE 8)
PKE -> DB1.DBW0
IND -> DB1.DBW2
PWE1 -> DB1.DBW4 参数值的高字位
PWE2 -> DB1.DBW6 参数值的低字位
3. 将DB1.DBX28.0 开始的8 个字节写入从站(P#DB1.DBX28.0 BYTE 8)
DB1.DBW28 -> PKE
DB1.DBW30 -> IND
参数值的高字位 DB1.DBW32 -> PWE1
参数值的低字位 DB1.DBW34 -> PWE2
注:PKW ,IND 的详细说明见附录
程序举例3 (读参数U001.2)
注:PKW ,IND 的详细说明见附录
1. W#16#100(即256)是硬件组态时PKW 的起始地址
2.将从站数据读入DB1.DBX0.0 开始的8 个字节(P#DB1.DBX0.0 BYTE 8)
PKE -> DB1.DBW0
IND -> DB1.DBW2
PWE1 -> DB1.DBW4 参数值的高字位
PWE2 -> DB1.DBW6 参数值的低字位
3. 将DB1.DBX28.0 开始的8 个字节写入从站(P#DB1.DBX28.0 BYTE 8)
DB1.DBW28 ->PKE
DB1.DBW30 -> IND
参数值的高字位 DB1.DBW32 -> PWE1
参数值的低字位 DB1.DBW34 -> PWE2
注:PKW ,IND 的详细说明见附录
程序举例4(写参数P401.1)
注:PKW ,IND 的详细说明见附录
1. W#16#100( 即256)是硬件组态时PKW 的起始地址
2. 将从站数据读入DB1.DBX0.0 开始的8 个字节(P#DB1.DBX0.0 BYTE 8)
PKE -> DB1.DBW0
IND -> DB1.DBW2
PWE1 -> DB1.DBW4 参数值的高字位
PWE2 -> DB1.DBW6 参数值的低字位
3->将DB1.DBX28.0 开始的8 个字节写入从站(P#DB1.DBX28.0 BYTE 8)
DB1.DBW28 -> PKE
DB1.DBW30 -> IND
参数值的高字位 DB1.DBW32 -> PWE1
参数值的低字位 DB1.DBW34 -> PWE2
注:PKW ,IND 的详细说明见附录
对PZD (过程数据)的读写
说明:
1. 在Step7 中对PZD (过程数据)读写参数时调用SFC14 和SFC15
2. SFC14(“DPRD_DAT”)用于读Profibus 从站的数据
3. SFC15(“DPWR_DAT”)用于将数据写入Profibus 从站
4. W#16#108(即264)是硬件组态时PZD 的起始地址
5. 对特殊结构的PZD 可用PQW , PIW 进行读写
程序举例5: 对PPO5 中10PZD 的读写
DB1 中与PZD 相对应的数据字
1.在P918 中设置Profibus 地址,必须与Step 7 中设置相同.地址不能重复.
2. 控制字*十位置“1”. PZD1 = W#16#X4XX
附录1